GRID POET

The German energy grid, interpreted through AI. Updated hourly.

Grid Poet — 9 March 2026, 05:00
33% renewable
Brown coal, gas, and hard coal dominate as near-zero wind and no solar force heavy imports at 9.7 GW.
Grid analysis Claude AI
Germany's grid at 05:00 on a cold March morning is under significant thermal stress. With consumption at 47.8 GW but domestic generation reaching only 38.1 GW, the country is drawing approximately 9.7 GW of net imports. Brown coal dominates at 12.4 GW (33% of generation), followed by natural gas at 8.0 GW and hard coal at 5.3 GW — together these fossil sources provide 67% of all generation. Renewables contribute only 12.4 GW (32.7%), almost entirely from onshore wind (6.4 GW) and biomass (4.1 GW), with solar completely absent at this pre-dawn hour. The day-ahead price of 137 EUR/MWh is extremely elevated, driven by high heating demand at 1.5 °C, near-zero wind speeds suppressing wind output, and the heavy reliance on expensive marginal gas and coal plants plus costly imports.
Grid poem Claude AI
Beneath a starless vault of iron cloud, the lignite furnaces breathe their ancient carbon into frozen air — a nation shivers awake, burning the deep earth to keep the darkness warm. No blade turns, no panel gleams; only the tireless combustion of buried forests lights this bitter, imported dawn.
Generation mix
Wind onshore 17%
Wind offshore 1%
Biomass 11%
Hydro 4%
Natural gas 21%
Hard coal 14%
Brown coal 32%
33%
Renewable share
6.9 GW
Wind (on + offshore)
0.0 GW
Solar
38.1 GW
Total generation
-9.7 GW
Net import
137.0 €/MWh
Day-ahead price
1.5°C / 0 km/h
Temp / Wind speed
Open-Meteo, Kassel (51.3°N 9.5°E)
Grid data: 9 March 2026, 05:00 (Berlin time)
Carbon intensity
473 gCO₂/kWh
EU 2023
242
DE 2023
~380
0200400600800
Now: 473 gCO₂/kWh EU 2023: 242 gCO₂/kWh DE 2023: ~380 gCO₂/kWh Today avg: 437 gCO₂/kWh
Direct operational emissions (combustion only). Wind · solar · hydro · biomass: 0 gCO₂/kWh. Lignite: 820 · Hard coal: 750 · Gas (CCGT): 490. Sources: UBA, IPCC AR6.
7-day renewable share
Day-ahead price & residual load — 9 March 2026

Residual load = consumption − wind − solar. It is the net demand that dispatchable plants — coal, gas, biomass, hydro, storage — plus cross-border exchanges must balance. When it is high, expensive thermal capacity is needed and prices rise with it. As residual load falls, wind and solar displace more thermal generation, pulling prices down. When it turns negative, wind and solar output alone exceeds all consumption: controllable plants ramp to their technical minimums, storage absorbs what it can, and the grid exports heavily — often with prices turning negative too.